E notation is an alternative format of the scientific notation 10x.
For example: 103 = E+3.
Base units are marked in black.
Derived units are marked in gray.
Conversion Table: Electrical Charge |
Unit Name | Relation to coulomb [C] |
abcoulomb [abC] | 10 [C] |
ampere hour [A hr] | 3600 [C] |
milliampere hour | 3.6 [C] |
kiloampere hour | 3.6E+6 [C] |
megaampere hour | 3.6E+9 [C] |
ampere minute [A min] | 60 [C] |
milliampere minute | 0.06 [C] |
kiloampere minute | 6E+4 [C] |
megaampere minute | 6E+7 [C] |
ampere second [A s] | 1 [C] |
ampere millisecond | 0.001 [C] |
milliampere millisecond | 1E-6 [C] |
milliampere second | 0.001 [C] |
kiloampere millisecond | 1 [C] |
kiloampere second | 1000 [C] |
megaampere millisecond | 1000 [C] |
megaampere second | 1E+6 [C] |
coulomb [C] | 1 [C] |
millicoulomb | 0.001 [C] |
kilocoulomb | 1000 [C] |
megacoulomb | 1E+6 [C] |
electrostatic unit of charge [esu] | 3.33564E-10 [C] |
Elementary Charge | 1.602176E-19 [C] |
EMU of charge | 10 [C] |
ESU of charge | 3.33564E-10 [C] |
franklin [Fr] | 3.33564E-10 [C] |
statcoulomb [statC] | 3.33564E-10 [C] |